US data center curbs could help Bitcoin miners expand into AI

Bitcoin miners with established facilities and secured electricity supplies could gain an advantage in the market for artificial intelligence infrastructure as US communities restrict new data centers. But existing power access does not guarantee a successful conversion, industry specialists told Cointelegraph, pointing to infrastructure costs and local development rules.

The potential opening follows widespread opposition to data center development in local votes on Nov. 3. Ballotpedia reported that voters favored limits in 40 of 41 contests, a tally that includes both approving restrictions and rejecting measures that would have supported development.

Those outcomes do not represent 40 identical bans. According to Ballotpedia, voters approved 27 measures limiting development or expressing opposition, while defeating 13 that would have facilitated projects or signaled support. The measures ranged from outright prohibitions to temporary pauses and additional approval requirements.

Among the approved restrictions were five full bans, 12 partial bans and six-month moratoriums in three Maine communities. In Grove City, Ohio, voters required public approval for developments exceeding specified land, electricity or water thresholds. The electricity threshold is more than 20 megawatts, according to Ballotpedia.

For miners, the potential advantage lies in infrastructure already secured rather than an exemption from those rules. Jamie Brown, chief executive of Global Kiwi Labs, told Cointelegraph that restrictions strengthen the case for repurposing mining sites for AI. Jordan Knecht, head of strategic integrations at Kresus, cautioned that limits on expansion or upgrades could still obstruct conversions.

The shift toward AI predates the latest votes. CoinShares’ first-quarter 2026 mining report said publicly listed miners had announced more than $70 billion in cumulative AI and high-performance computing contracts. Those agreements included GPU co-location and cloud services, demonstrating that miners were already pursuing computing customers beyond cryptocurrency mining.

However, the investment required differs sharply between the two businesses. Cointelegraph, citing CoinShares research, reported AI-ready infrastructure costs of $8 million to $15 million per megawatt, compared with $700,000 to $1 million for traditional mining facilities. Securing a site and electricity therefore addresses only part of the conversion challenge.

Cooling, networking and reliability require additional spending, Knecht told the publication. Yuliya Barabash, founder of SBSB Fintech Lawyers, also highlighted a power-supply distinction: miners can often curtail consumption when electricity prices rise, whereas AI facilities typically require consistent service. That difference can affect operating costs and project feasibility.

The next question is whether miners can turn their existing infrastructure into facilities that meet customer requirements while satisfying local authorities. The source-framed outlook is conditional: restrictions may make established sites more attractive, but the commercial opportunity depends on upgrade costs, dependable electricity and permission to carry out the necessary work.